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Neutrino detection in salt domes under LOFAR

机译:LOFAR下盐丘中的中微子检测

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摘要

Large volumes of natural materials are presently under study to construct a telescope, which will be used to search for v's at the highest energies. Although these high-energy v's have not been discovered yet, firm predictions for their existence have been made. The very origin of these high-energy v's remains one of the burning questions in astroparticle physics. We consider the use of huge salt domes in the shallow underground of the north-eastern part of the Netherlands as a possible site for such a high-energy v telescope. Initial measurement of the attenuation length for radio signals at 03 and 1.0 GHz will be reported. The physical location of the domes and the envisioned research program has a strong overlap with those of the new radio telescope LOFAR.
机译:目前正在研究大量的天然材料来构造望远镜,该望远镜将用于搜索最高能量的v。尽管尚未发现这些高能v,但已对其存在做出了可靠的预测。这些高能v的起源仍然是天体粒子物理学中亟待解决的问题之一。我们认为在荷兰东北部的浅层地下使用巨大的盐穹顶可能是此类高能v望远镜的可能位置。将报告03和1.0 GHz频率下无线电信号衰减长度的初始测量值。穹顶的物理位置和设想的研究计划与新型射电望远镜LOFAR的物理位置有很大的重叠。

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